Vmware Vcenter Converter Mac



Update 2

In early 2016, VMware began including the embedded HTML5 host client for managing ESXi in version 6.0 U2 from your web browser. Meant to connect to and manage single ESXi clients, it’s a great solution for users getting started with a dedicated Mac (like a quad-core mini or a Mac Pro) running VMware at MacStadium.

VMWare vCenter Converter works on many different physical devices running Windows OS, Mac OS, and Linux. VMWare vCenter Converter also supports conversions of many different virtual machines like Hyper – V, and KVM, which increases its usefulness. Mac OS X support for vCenter Converter This would save my life right now. I was wondering if anyone had the knowledge of how to p2v a Mac server (10.8) to another Mac running ESXi 5.1.

Update

The venerable William Lam of virtuallyGhetto noticed we were missing ESXi Embedded Host Client. He wrote a great article on this tool explaining its use that's worth checking out. We're ready to add any other suggestions that our readers may have.

Here’s the Situation

You’ve just had a Mac mini setup with ESXi to move all of your software onto one machine. VMware ESXi is a great option to get the most out of a single server at MacStadium as it’s the only enterprise option available for virtualizing OS X, Windows, and Linux on one machine.

You’re probably using MacStadium because you personally use a Mac (let’s call it a MacBook Pro) for day-to-day work and recognize the potential of a hosted Mac. Rather than continue paying more for shared hosting at another provider (without OS X of course) you’d like one place to manage all of your servers.

The next step is obviously connecting to and managing your VMware single-server ESXi environment. This is where the VMware vSphere software suite comes into play. But wait, you've only got the MacBook Pro! Unfortunately for developers working on Apple hardware locally, there is no native VMware vSphere client available for OS X. Don’t give up, though; there are alternatives.

Will There Ever be a Desktop App for OS X?

There was a glimmer of hope for Mac users in a preview of VMware vSphere 6.0. A thick (desktop) client was included that could be installed locally by Windows and Mac users (and presumably Linux in the future). Unfortunately, it disappeared in the next release candidate and has not been seen again.

Can I Use vSphere Web Client?

In older versions of VMware vSphere, a Windows desktop was the primary means of accessing vSphere environments. Now though, more and more users are taking advantage of the vSphere web client to access vSphere.

The catch with vSphere Web Client is that it’s only accessible if you have vCenter. On a single-server solution running ESXi, that means $99/month. Don’t give up hope just yet.

What About VMware Fusion?

If you’re a recent convert to virtualization and tested the waters in VMware Fusion Pro on your local Mac machine, you’re in luck. VMware Fusion Pro for Mac includes the only truly native client for accessing your remote vSphere environment from OS X. If you’re not already using Fusion Pro is it worth it to purchase a license? At $200, it might be a hard sell for managing your single ESXi host.

Can I Use Windows on my Mac?

If you’ve got Boot Camp on your Mac, you could save all of your work to a remote or shared partition, log out, reboot into Windows, open up your shared partition or remote folder, open the vSphere client, and finally connect to vSphere and manage your virtual machines. That’s a lot of steps but it is a viable solution. You could also run a Windows VM in VMware Fusion or Workstation Player.

Is There Command Line Access?

Yes, you can partially manage your ESXi server using SSH. You’ll have to have access to a vSphere client temporarily to enable SSH access in ESXi. vCLI, the VMware vSphere Command-Line Interface, is also an alternative for management from a Linux or Windows system.

Does MacStadium Offer any Alternatives?

For single-server ESXi installations, we can make sure your server is always available whenever you need access from one of the above options. If you are in a testing phase and plan to move to a multi-host ESXi cluster, there is great news. We offer vCenter to all private cloud environments. A team of users on Mac’s can all manage vSphere using the included vSphere Web Client.

Don’t hesitate to reach us over live chat or by opening a support ticket if you have questions or need help with your Mac servers running ESXi.

References

I have been asked by many VMware Administrators about how MAC addresses are assigned to Virtual Machine?. We all aware that first 3 octets will be 00:50:56. The first three parts never change. This is the VMware Organizational Unique Identifier (OUI). How do other 3 octets are generated?. This may be the biggest question in our mind? Let’s discuss How MAC addresses are assigned to VMware Virtual Machines by the vCenter server. This post only applies to the VM MAC generation, in which ESXi host is managed by vCenter Server. ESXi host which is not managed by the vCenter server will have the different mechanism to generate the MAC address for Virtual Machine.

How vCenter Assigns Virtual MAC Address to VMware Virtual Machine?

As we aware that, First 3 Octects will be 00:50:56. This is the VMware Organizational Unique Identifier (OUI). How does 4th octet of VM MAC address are calculated? Let’s begin the Calculation.

4th Octet of MAC = (128+ vCenter Instance ID) Convert it to Hexadecimal

To get the vCenter Server Instance ID -> Login to vSphere Client ->Administration -> vCenter Server Settings -> Runtime Settings. Note down the vCenter Server Unique ID. My vCenter Server Unique ID is 24.

How to Calculate 4th Octet of the VM MAC Address?

The automatically generated MAC address has the fourth octet is equal to 128 + the vCenter instance ID converted to hexadecimal.

4th Octet of MAC = (128+ vCenter Instance ID) Convert it to Hexadecimal

= 128+24 = 152

4th Octet of VM MAC = 98 (Conversion of 152 to Hexadecimal)

I have confirmed the Same from the few of Virtual Machine MAC Address. 4 octet is assigned as “98”.

The last two bytes are assigned in the mechanism so that each MAC address is assigned would be unique. I hope this is informative for you. Thanks for Reading!!!. Be Social and share it on social media, if you feel worth sharing it.

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